NEVOOX LF 2020 UV-C air cleaner
UV-C air purifier LF 2020 for room sizes from 38 to 65 m² With its stately performance, this air purifier is ideal for modern, open living concepts as well as for commercial and public applications such as waiting and break rooms, offices, training, care and administration facilities, practices, hairdressing and beauty salons as well as cafés, pubs and restaurants. Here, the device developed by the German start-up NEVOOX not only removes harmful solids and gases, but also eliminates fungi, bacteria and viruses (such as the flu virus). This is done via multi-stage filtration as well as UVC irradiation of the air drawn in, with no radiation or ozone being emitted into the room. The modern and technically designed device is versatile and practical thanks to the variable controllability, power supply via socket and elegantly integrated carrying handles. - Note: after 1,500 operating hours (shown on display), the filter must be changed. A suitable HEPA 13 filter is available as an accessory. general data: - Total power consumption: 55 W - UV-C lamp: 2 W, wavelength 253.7 nm - Motor: 8 W / 12 V DC, 600 to 1,120 rpm - Control via control panel on the housing or enclosed IR remote control - Automatic mode with intelligent monitoring of air quality (sensors: PM1.0, PM2.5, temperature, humidity) - particularly quiet sleep mode ( - Timer: 1 to 12 h - with child lock - Display of air quality (PM2.5 fine dust, CO2) on display - Physical filter levels: HEPA 13, active carbon, silver ions - Dust sensor: Laser, CP-15-A4-CG - Volume: 35 to 58 dB - Weight: 10.5 kg - Operating environment: 0 °C to 40 °C, 10 % to 90 % RH, below 3,000 m.a.s.l. Filter performance data: - Solid pollutants according to CADR: 550 (m³/hour). - Gaseous pollutants according to CADR: 140 (m³/hour) - Solid pollutants according to CCM: > 12000 P4 - Gaseous pollutants according to CCM: > 1500 F4 - PM 2.5 Filter rate after 1 h: 99.87 %. - Bacteria filter rate (Staphylococcus alba) after 2 h: 99.66 %. - Formaldehyde filter rate after 1 h: 93.30 %.